提升學生對有機分子結構的認識，進而利用分子的物理與化學特性，轉換為其他具功能性之分子。
課程內涵包括：
1.有機化合物的結構組成與物理性質、化學活性的關係；
2.化學反應的機制及產物的形成；
3.如何選擇合適的催化劑、試劑以設計有效的合成步驟；
4.學習逆徑分析以作為合成化合物的基礎；
5.聚合物的形成及物質特性；
6.生物分子的化學變化。
Improve students' understanding of the structure of organic molecules, and then use the physical and chemical properties of the molecules to convert them into other functional molecules.
The course content includes:
1. The relationship between the structure of organic compounds and physical properties and chemical activities;
2. The mechanism of chemical reaction and the formation of products;
3. How to choose appropriate catalysts and testers to design effective synthesis steps;
4. Learn inverse analysis as the basis for synthesizing compounds;
5. The formation and material properties of polymers;
6. Chemical changes of biomolecules.
對有機化合物的結構、物性、化性、化學反應及有機反應機構作深入的探討。
In-depth discussion on the structure, physical properties, chemical properties, chemical reactions and organic reaction institutions of organic compounds.
1.Advanced Organic Chemistry--M.B. Smith, J. March.
2. Advanced Organic Chemistry-Part A and B, F.A. Carey and R.J. Sundberg.
1.Advanced Organic Chemistry--M.B. Smith, J. March.
2. Advanced Organic Chemistry-Part A and B, F.A. Carey and R.J. Sundberg.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|
